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https://youtube.com/shorts/HrVEiy0I-uo?s...A8hKoZamOa

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Newer and latest for space ship.

This can see more farther and clearest...

https://www.ecoportal.net/en/it-is-a-lea...tion/6822/
https://farmingdale-observer.com/2025/05...alf-a-day/

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Mercury: our closest neighbor on average
Scientists from NASA and the U.S. Army’s Engineering Research and Development Center have upended traditional understanding of planetary proximities. Using the innovative “point-circle method,” researchers have calculated average distances between planets over time rather than simply measuring closest approach points. Their findings revealed something unexpected: Mercury is, on average, closer to Earth than either Venus or Mars.

This discovery stems from Mercury’s rapid orbit around the Sun. Despite appearing distant at times, Mercury’s swift revolution means it spends more time on the same side of the solar system as Earth than other planets do. This proximity pattern remained hidden until researchers applied more sophisticated measurement techniques that account for orbital dynamics over extended periods.

The implications extend far beyond Mercury’s relationship with Earth. The research indicates that Mercury is actually the closest neighbor, on average, to every planet in our solar system—even distant Neptune. This perspective fundamentally reshapes how we conceptualize spatial relationships in our cosmic neighborhood and could influence future interplanetary exploration missions.

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Mercury: our closest neighbor on average. This discovery stems from Mercury’s rapid orbit around the Sun. Despite appearing distant at times, Mercury’s swift revolution means it spends more time on the same side of the solar system as Earth than other planets do. This proximity pattern remained hidden until researchers applied more sophisticated measurement techniques that account for orbital dynamics over extended periods.

The implications extend far beyond Mercury’s relationship with Earth. The research indicates that Mercury is actually the closest neighbor, on average, to every planet in our solar system—even distant Neptune. This perspective fundamentally reshapes how we conceptualize spatial relationships in cosmic neighborhood could influence future interplanetary exploration missions.

Scientists from NASA & U.S. Army’s Engineering Research and Development Center have upended traditional understanding of planetary proximities. Using the innovative “point-circle method,” researchers calculated average distances between planets over time rather than simply measuring closest approach points. Their findings revealed something unexpected: Mercury is, on average, closer to Earth than either Venus or Mars.

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Newer and latest for space ship.

This can see more farther and clearest...

There is a very good chance that this survey will find it, and, even if not, will firm up the evidence that it exists,” Brown says.The search is surprisingly difficult, considering we’ve found more than 5,800 planets around other stars.
“Personally, I feel it is unacceptable that we do not even fully understand our solar system, while 100 billion planetary systems are in our Milky Way galaxy alone, and 100 billion such galaxies in the universe,” Phan says. “It is my belief that before we try to understand stars, galaxies, or the universe, we must first come to understand our own home: the solar system.” For now, astronomers will continue searching for clues hidden in the dark outskirts of our solar system. To some, it’s not a question of if they’ll find Planet Nine but when. “The solar system makes no sense without it,” Brown says

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There is a very good chance that this survey will find it, and, even if not, will firm up the evidence that it exists,” Brown says.The search is surprisingly difficult, considering we’ve found more than 5,800 planets around other stars.
“Personally, I feel it is unacceptable that we do not even fully understand our solar system, while 100 billion planetary systems are in our Milky Way galaxy alone, and 100 billion such galaxies in the universe,” Phan says. “It is my belief that before we try to understand stars, galaxies, or the universe, we must first come to understand our own home: the solar system.” For now, astronomers will continue searching for clues hidden in the dark outskirts of our solar system. To some, it’s not a question of if they’ll find Planet Nine but when. “The solar system makes no sense without it,” Brown says

Is this the one?

A new study, however, identifies a possible candidate. A separate team of astronomers compared 1983 data from the Infrared Astronomical Satellite (IRAS) with 2006 data from Japan’s AKARI mission in search of faint sources that moved slightly over the intervening 23 years — the kind of slow motion you’d expect from a massive, faraway planet.
“Observing in the far-infrared is advantageous because a distant planet would be extremely faint at optical wavelengths but may emit detectable thermal radiation in the infrared,” says Terry Long Phan, an astronomy graduate student at National Tsing Hua University in Taiwan, who led the study. By eliminating stationary objects and any pairs that moved too much or too little to be the theorized world, they winnowed down from 2 million objects to just 13 possible pairs. “Most of these turned out to be false positives, typically caused by high background noise or potential stationary sources that were not detected but present in the image,” Phan says. “However, we identified promising one candidate that is consistent with the expected properties of Planet Nine.”

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Is this the one?

A new study, however, identifies a possible candidate. A separate team of astronomers compared 1983 data from the Infrared Astronomical Satellite (IRAS) with 2006 data from Japan’s AKARI mission in search of faint sources that moved slightly over the intervening 23 years — the kind of slow motion you’d expect from a massive, faraway planet.
“Observing in the far-infrared is advantageous because a distant planet would be extremely faint at optical wavelengths but may emit detectable thermal radiation in the infrared,” says Terry Long Phan, an astronomy graduate student at National Tsing Hua University in Taiwan, who led the study. By eliminating stationary objects and any pairs that moved too much or too little to be the theorized world, they winnowed down from 2 million objects to just 13 possible pairs. “Most of these turned out to be false positives, typically caused by high background noise or potential stationary sources that were not detected but present in the image,” Phan says. “However, we identified promising one candidate that is consistent with the expected properties of Planet Nine.”

https://www.astronomy.com/science/have-a...anet-nine/

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As President Donald Trump's anti-DEI agenda comes to bear on NASA, his admin considers to
women, a directive sent out just days after Trump's inauguration, NASA personnel were surprice by commanded mentions of anything "specifically targeting" women on the space agency's public websites, 404 Media reports.

NASA HQ direction mentions terms from public sites by 5pm reads & says everything reprioritize your day request. List of verboten terms includes "DEIA," "accessibility indigenous," "environmental finally specifically said about women," such as "women in leadership, etc." Speaking anonymously to 404, a NASA employee confirmed leadership were serious about the changes. "We were absolutely required to scrub a topics terms from all external websites by 5pm the 22nd," employee said.

Note: BREVARD COUNTY • KENNEDY SPACE CENTER, FLORIDA – Janet Petro, a seasoned engineer and civil servant, has made history as the first woman to serve as both the acting Administrator of NASA and the director of the Kennedy Space Center. Petro, who was appointed acting NASA Administrator by President Donald Trump on January 20, has played a pivotal role in shaping the nation’s space program. She previously assumed leadership of the Kennedy Space Center on June 30, 2021, following her appointment by NASA Administrator Bill Nelson.

https://youtu.be/btDHVnEmKqU?si=FY5eyqG7zqE3lN9O

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Yes, electrons do directly cause the formation of ions. When an atom gains or loses electrons, it becomes a negatively or positively charged ion, respectively. Gaining electrons makes an atom an anion (negative ion), while losing electrons makes it a cation (positive ion).

On May 14, 2025. Sun unleashed its strongest flare of the year — an X2.7-class explosion from sunspot AR4087. A short video breaks down what happened, why it matters, how it disrupted radio communications across 3 continents. Dive into science behind solar flares, space weather risks, what to expect next. Explosion...
https://youtu.be/ecF_Pg1neqM?si=sE9eDYsr_Q32Wy2Z

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On May 14, 2025. Sun unleashed its strongest flare of the year — an X2.7-class explosion from sunspot AR4087. A short video breaks down what happened, why it matters, how it disrupted radio communications across 3 continents. Dive into science behind solar flares, space weather risks, what to expect next. Explosion...
https://youtu.be/ecF_Pg1neqM?si=sE9eDYsr_Q32Wy2Z

https://youtu.be/ecF_Pg1neqM?si=r9gf340niVlsVrj-

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Risk of a star destroying our solar system is higher than expected Stars that pass close to the solar system could pull planets out of alignment, sending them hurtling into the sun or out into space. Stars whizzing by our solar system could cause more havoc than astronomers previously thought, from sending Pluto’s orbit haywire to forcing Mercury to fly into the sun – or even catastrophically altering Earth’s orbit and climate. The overall risk of these events is still low, but the greater influence of passing stars means that events like these might be commonplace in other planetary systems.

While the orbits of the planets were once thought to be as predictable unchanging as clockwork, modern astronomers have found  on long timescales, they are…..

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Risk of a star destroying our solar system is higher than expected Stars that pass close to the solar system could pull planets out of alignment, sending them hurtling into the sun or out into space. Stars whizzing by our solar system could cause more havoc than astronomers previously thought, from sending Pluto’s orbit haywire to forcing Mercury to fly into the sun – or even catastrophically altering Earth’s orbit and climate. The overall risk of these events is still low, but the greater influence of passing stars means that events like these might be commonplace in other planetary systems.

While the orbits of the planets were once thought to be as predictable unchanging as clockwork, modern astronomers have found  on long timescales, they are…..

Light teleported for first time in history ― can send to another galaxy.

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Light teleported for first time in history ― can send to another galaxy.

Explore Aitech’s Space Digital Backbone (DBB) provides a unified, connected communication infrastructure for the increasing number of digital technologies being implemented throughout space technologies. This concept, which heavily utilized COTS systems for scale & cost-efficiencies, is shaping how space future missions will operate. With four decades experience, Aitech offers a range of proven, reliable space electronics that enable seamless integration & high-speed reliable, secure connectivity between internal/external communications are rugged enough for deepest space missions & small enough for compact systems being deployed throughout LEO and NEO orbits, for any orbit in between universe is calling. 

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Light teleported for first time in history ― can send to another galaxy.

Scientists have managed to teleport light. Thks to a quantum property called entanglement, it’s possible to copy their info to another place. This same process could, in theory, be used to communicate across galaxies, opening door to a kind of interstellar messaging system. It might sound like pure science fiction… but it’s already happening. What’s this about teleporting light?. When scientists talk about teleporting light, they’re not referring to beaming objects space to space, like in sci-fi movie, they’re talking about is quantum teleportation, works in a different way, process transfers state of light particle (a photon) from one place to another, all happens throughquantum entanglement, a connection between particles lets them share info instantly, no matter how far apart they are. What is quantum entanglement?. Quantum entanglement is a phenomenon in quantum physics where 2-particles become so deeply connected that the state of one directly influences the state of the other, regardless of the distance between them. For example, if you change something in a particle on Earth, other particle, even if it’s in another galaxy, “knows” about it immediately & reacts.
Albert Einstein himself was aware of this phenomenon, dubbed it”spooky action at a distance” b'cos it defied physics logic (wasn’t only prediction Einstein made since been proven correct). This weird entanglement between particles allows for quantum teleportation of light. The important thing is implications, finding, could quite literally change the nature of communication, maybe changing our understanding of space, time & info.
Why this breakthrough could rewrite the future of communication...

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Scientists have managed to teleport light. Thks to a quantum property called entanglement, it’s possible to copy their info to another place. This same process could, in theory, be used to communicate across galaxies, opening door to a kind of interstellar messaging system. It might sound like pure science fiction… but it’s already happening. What’s this about teleporting light?. When scientists talk about teleporting light, they’re not referring to beaming objects space to space, like in sci-fi movie, they’re talking about is quantum teleportation, works in a different way, process transfers state of light particle (a photon) from one place to another, all happens throughquantum entanglement, a connection between particles lets them share info instantly, no matter how far apart they are. What is quantum entanglement?. Quantum entanglement is a phenomenon in quantum physics where 2-particles become so deeply connected that the state of one directly influences the state of the other, regardless of the distance between them. For example, if you change something in a particle on Earth, other particle, even if it’s in another galaxy, “knows” about it immediately & reacts.
Albert Einstein himself was aware of this phenomenon, dubbed it”spooky action at a distance” b'cos it defied physics logic (wasn’t only prediction Einstein made since been proven correct). This weird entanglement between particles allows for quantum teleportation of light. The important thing is implications, finding, could quite literally change the nature of communication, maybe changing our understanding of space, time & info.

Why this breakthrough could rewrite the future of communication...
Voyager 1 & 2 are out of our solar system already, probe is now in interstellar space, outside on heliopause, or bubble energetic particles is still magnetic fields from the Sun world. Word teleportation is real, it comes to mind, think of what science movies fiction have fed us: travelling into times zone in few seconds to next location Big Grin . How scientists claim they have made it reality between 2-quantum super computers. Researchers try to accomplished has long been regarded as one of the holy grails of quantum physics by successfully teleporting info over network (speed) in what is being hailed as a “world first”.

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https://www.ecoportal.net/en/it-is-a-lea...tion/6822/

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http://m.timesofindia.com/articleshow/12...ofinterest&utm_medium=text&utm_campaign=cppst

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The slow emergence of a new ocean in East Africa and the existence of a deep, concealed reservoir of water in the Earth’s mantle. These discoveries reveal not just the planet’s past but also suggest how the surface of the planet may continue to change in the future.

A birth of new ocean is slowly emerging in African continent.
Under Ethiopia’s desert, a radical transformation is taking place. In 2005, a gigantic 35-mile-long crack opened like a gash in the Ethiopian desert. Thus began East African Rift, a geological process in which the continent is slowly being torn in two. This opening, a rift that runs through Ethiopia, Kenya and Tanzania, is being created by the very slow movement of one tectonic plate, the Somali plate, away from another, the larger Nubian plate. Scientists believe that in about 5 to 10 million years the split will be complete, leading to a new ocean.

Researchers found nearly one million huge eggs every 20 inches long beside an ancient submerged volcano. The large collection of eggs has excited scientists as they unravel marine life secrets. Scientists are excited about discovering these eggs since they match no known deep-sea species. Marine biologists searching an old underwater volcano made this important discovery. Using underwater robots, the research team detected thousands of very large eggs concentrated near the volcanic area. Scientists experienced a surprising reaction when they found such large eggs beneath the ocean surface. Scientists located the eggs near a thermal volcano zone, which offers an uncommon marine life habitat. The minerals and heat from the underwater volcano build a perfect living space that draws various creatures to make their home. Scientists continue to study these vast eggs since they make this unique habitat even more difficult to understand.
Specialists have no clear answer about the animal that formed these items, scientific investigation into these eggs has most puzzling factor: they cannot identify their owner yet, do not know which ocean animals made these extreme eggs because no such species exists in their records. The eggs appear unusual because they belong to an unknown species that could be a huge marine reptile or large fish.

Our knowledge about marine animals will change thanks to this new discovery. Scientists test genetic patterns to determine which animal created these unusual eggs. The early findings show that these eggs belong to an animal species that thrives in a challenging environment close to the oceanic volcano. The eggs reach 20 inches in size and are longer than any previously found marine eggs. By studying this discovery, scientists may see a new marine species and show us how marine life changes. Researchers find the discovery of giant eggs highly important in many aspects. The new find shows that the oceans host astonishing life forms, and experts must keep investigating them. The oceans contain many unknown animal species that scientists see in their untouched discovery areas. The eggs found in deep sea geothermal activity regions prove that researchers have many unknown findings ahead findings reveal essential details about the reproduction methods of ocean creatures. The creature lays only a few big eggs because it devotes much energy to creating offspring that can better handle the damaging volcano surroundings. Understanding these findings strengthens scientific research on the reproductive strategies of marine species.

What comes next? Scientists intend to explore underground areas further in their research project, followed up on an important find when they located almost one million giant eggs near a sea volcano & intend to organize new trips to research eggs, explore environment thoroughly. The eggs reach 20 inches in size and are longer than any previously found marine eggs. Further missions will include getting more specimens, studying their genes, & monitoring egg growth.
Scientists want to explore the overall features of the marine ecosystem maintained by the active underwater volcano. The underground heat from the volcano creates rare living spaces for wildlife that need testing. Scientific analysis of this unique habitat helps researchers study how animals exist within their environment while learning about the influence of geothermal energy on marine diversity. A historic scientific finding shows several hundred thousand giant eggs around an underwater volcano. The new find shows the oceans host astonishing life forms and experts need to keep investigating. Scientists will keep learning about how marine life succeeds in different forms when they examine the unusual eggs further. This discovery shows us that Earth has many undiscovered areas where science continues to make new discoveries. Examining distant natural settings will increase scientific knowledge about Earth’s living organisms.

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Researchers found nearly one million huge eggs every 20 inches long beside an ancient submerged volcano. The large collection of eggs has excited scientists as they unravel marine life secrets. Scientists are excited about discovering these eggs since they match no known deep-sea species. Marine biologists searching an old underwater volcano made this important discovery. Using underwater robots, the research team detected thousands of very large eggs concentrated near the volcanic area. Scientists experienced a surprising reaction when they found such large eggs beneath the ocean surface. Scientists located the eggs near a thermal volcano zone, which offers an uncommon marine life habitat. The minerals and heat from the underwater volcano build a perfect living space that draws various creatures to make their home. Scientists continue to study these vast eggs since they make this unique habitat even more difficult to understand.
Specialists have no clear answer about the animal that formed these items, scientific investigation into these eggs has most puzzling factor: they cannot identify their owner yet, do not know which ocean animals made these extreme eggs because no such species exists in their records. The eggs appear unusual because they belong to an unknown species that could be a huge marine reptile or large fish.

Our knowledge about marine animals will change thanks to this new discovery. Scientists test genetic patterns to determine which animal created these unusual eggs. The early findings show that these eggs belong to an animal species that thrives in a challenging environment close to the oceanic volcano. The eggs reach 20 inches in size and are longer than any previously found marine eggs. By studying this discovery, scientists may see a new marine species and show us how marine life changes. Researchers find the discovery of giant eggs highly important in many aspects. The new find shows that the oceans host astonishing life forms, and experts must keep investigating them. The oceans contain many unknown animal species that scientists see in their untouched discovery areas. The eggs found in deep sea geothermal activity regions prove that researchers have many unknown findings ahead findings reveal essential details about the reproduction methods of ocean creatures. The creature lays only a few big eggs because it devotes much energy to creating offspring that can better handle the damaging volcano surroundings. Understanding these findings strengthens scientific research on the reproductive strategies of marine species.

What comes next? Scientists intend to explore underground areas further in their research project, followed up on an important find when they located almost one million giant eggs near a sea volcano & intend to organize new trips to research eggs, explore environment thoroughly. The eggs reach 20 inches in size and are longer than any previously found marine eggs. Further missions will include getting more specimens, studying their genes, & monitoring egg growth.
Scientists want to explore the overall features of the marine ecosystem maintained by the active underwater volcano. The underground heat from the volcano creates rare living spaces for wildlife that need testing. Scientific analysis of this unique habitat helps researchers study how animals exist within their environment while learning about the influence of geothermal energy on marine diversity. A historic scientific finding shows several hundred thousand giant eggs around an underwater volcano. The new find shows the oceans host astonishing life forms and experts need to keep investigating. Scientists will keep learning about how marine life succeeds in different forms when they examine the unusual eggs further. This discovery shows us that Earth has many undiscovered areas where science continues to make new discoveries. Examining distant natural settings will increase scientific knowledge about Earth’s living organisms.

https://www.ecoticias.com/en/nearly-unde...ery/12764/

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https://youtu.be/vLE7UXju3DM?si=vdIodRZYHHD57khJ

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Physicists have reached an unexpected breakthrough: they changed beams of light into a supersolid that flows without normal resistance. This marks a major milestone in condensed matter physics because it shows that light can adopt a structure resembling a solid while also moving around freely like a liquid.

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Physicists have reached an unexpected breakthrough: they changed beams of light into a supersolid that flows without normal resistance. This marks a major milestone in condensed matter physics because it shows that light can adopt a structure resembling a solid while also moving around freely like a liquid.

https://www.earth.com/news/physicists-su...e_vignette

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This discovery stems from Mercury’s rapid orbit around the Sun. Despite appearing distant at times, Mercury’s swift revolution means it spends more time on the same side of the solar system as Earth than other planets do. proximity pattern remained hidden until researchers applied more sophisticated measurement techniques that account for orbital dynamics over extended periods. The implications extend far beyond Mercury’s relationship with Earth. The research indicates Mercury is actually the closest neighbor, on average, to every planet in our solar system—even distant Neptune.

This perspective fundamentally reshapes how we conceptualize spatial relationships.

Our cosmic neighborhood can could influence future interplanetary exploration missions...Here Newest Member Of The Solar System Just Announced – And It’s In An Extreme Orbit. The object is big enough to be a new dwarf planet and challenge the Planet 9 hypothesis.

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Our cosmic neighborhood can could influence future interplanetary exploration missions...Here Newest Member Of The Solar System Just Announced – And It’s In An Extreme Orbit. The object is big enough to be a new dwarf planet and challenge the Planet 9 hypothesis.
https://www.iflscience.com/newest-member...rbit-79322

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Our cosmic neighborhood can could influence future interplanetary exploration missions...Here Newest Member Of The Solar System Just Announced – And It’s In An Extreme Orbit. The object is big enough to be a new dwarf planet and challenge the Planet 9 hypothesis.
https://www.iflscience.com/newest-member...rbit-79322

https://www.iflscience.com/newest-member...rbit-79322

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https://www.ecoportal.net/en/it-is-a-lea...tion/6822/

IN A NUTSHELL

🚀 China achieved a groundbreaking feat by firing a laser at a Moon-orbiting satellite in broad daylight.
🔍 The precision of the laser targeting was likened to hitting a single hair from 6.2 miles away.
🌕 The success enables continuous navigation and communication between Earth and the Moon, crucial for future missions.
🌌 This advancement is part of China’s broader vision for sustained lunar exploration and international collaboration.

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IN A NUTSHELL

🚀 China achieved a groundbreaking feat by firing a laser at a Moon-orbiting satellite in broad daylight.
🔍 The precision of the laser targeting was likened to hitting a single hair from 6.2 miles away.
🌕 The success enables continuous navigation and communication between Earth and the Moon, crucial for future missions.
🌌 This advancement is part of China’s broader vision for sustained lunar exploration and international collaboration.

Laser Precision: “Like Hitting a Hair from 6 Miles Away”. The successful laser targeting achieved by China’s DSEL team is nothing short of a technological marvel. The precision required for this operation was likened to “hitting a single hair from 6.2 miles away”, a testament to the extraordinary accuracy needed to lock onto a fast-moving satellite in the challenging environment of cislunar space. By achieving this level of precision, China has not only demonstrated its technological capabilities but also ensured that it can gather orbital data whenever the satellite is in view. This breakthrough effectively multiplies the number of usable data points, significantly enhancing positional accuracy for future missions.

Tiandu-1 satellite, launched in March 2024 as part of a trio, is integral to China’s ambitious Queqiao relay constellation planned Earth-Moon communication & navigation network is designed to support an array of future lunar activities, including landers, rovers, & potentially crewed missions b4 the end of the decade. Success of this laser targeting experiment underscores the robustness of the architecture will support these upcoming missions, marking a significant step toward sustainable lunar exploration. 

A New Era in Lunar Communication Autonomy.

By enabling laser ranging in daylight, China has removed a major obstacle in Earth-Moon tracking. This capability is essential for autonomous spacecraft operations, providing high-precision landing guidance and facilitating the real-time coordination of rover fleets on the Moon’s surface. The technology is poised to play a central role in approach, descent, and landing systems for future missions, particularly those targeting the lunar south pole.

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Moon / Earth? average distance between the Earth and the Moon is 384 400 km (238 855 miles).
https://indiandefencereview.com/earth-ge...ters-away/

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https://indiandefencereview.com/earth-ge...ters-away/

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Moon / Earth? average distance between the Earth and the Moon is 384 400 km (238 855 miles).

Earth get 1st deep from space laser message 16 million kilometers-away.

From 16 Million Kilometers Away!. NASA has just pulled off a groundbreaking achievement that feels straight out of science fiction. A laser message from space has traveled a staggering 16 million kilometers, setting the stage for a new era in space communication. Over 14 billion miles beyond Earth, NASA's famous spacecraft, launched in 1977

Voyager 1 how many miles from earth?.
15.46 billion miles (24.96 billion kilometers) from Earth, making it the farthest human-made object in space. This equates to roughly 166.278 AU (Astronomical Units) away from Earth.